• Drawings
• Performance Charts
• Applications
• Photo Gallery

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AZ Tank Eductors are economical and energy conservative mixing devices for tank agitation, multiple liquid mixing and suspending solids in vessels and tanks. The AZ Tank Eductors utilize the Bernoulli Principle in generating a high velocity to produce a low pressure region.The AZ Tank Eductor is inexpensive in price and conserves energy in that three times the fluid that passes through the nozzle is drawn through the induction ports, entrained and circulated into the tank as a tight plume, producing large scale turbulence.

In operation, pump pressure is converted into a high velocity jet stream as the fluid enters a unique nozzle orifice configuration, the issuing jet stream generates a low pressure region in the tank, drawing and entraining fluid from the surrounding liquid or slurry. The volume circulating rate is four times the feed rate.

AZ Tank Eductor Features:

1. Venturi Principle
2. No moving parts
3. Constructed in 304 and 316 S.S.
4. Near perfect vacuum at 40 PSI motive pressure
5. Blending powders with liquids
6. Stainless Steel construction

AZ Tank Eductor Benefits:

1. Energy conservation (four times the feed rate is the circulating rate)
2. Stabilizes emulsions
3. Rapidly mixes multiple liquids
4. Suspends solids
5. Manifold configurations to accommodate tank size and shape
6. Rapid chemical reaction
7. Slurry mixing/shearing
8. Prevent liquid stratification

Please contact our sales team to learn more about our AZ Tank Eductors and our Pilot Study Program.

Patent No. 8,622,715

 

Fig. 1 AZ Tank Eductor – Model C-TE-3-MT-01
Fig. 2 Illustrates uniform mixture from induction ports and motive feed inlet. Model C-TE-1-S-01

  

   

Photos

   

Drawings

Please click on the corresponding links below to view a PDF file of our AZ Tank Eductor Models:

0.5 INCH:	AZ Tank Eductor (Model C-TE-0.5-S-01)
0.75 INCH:	AZ Tank Eductor (Model C-TE-0.75-S-01)
1 INCH:	AZ Tank Eductor (Model C-TE-1-S-01)
2 INCH:	AZ Tank Eductor (Model C-TE-2-MT-01)
3 INCH:	AZ Tank Eductor (Model C-TE-3-MT-01)

To learn how our systems can lower your costs and improve the quality of your products, contact us for more information!

  

Applications

Below are some common applications with which we have achieved optimal results.  This is not an inclusive list, so if you do not see your specific ingredient listed below, please let us know and we will be glad to discuss it further.  Contact Us!

A – F	G – Pol	Pot – Z
Ammonium Acetate	Gelatines	Potassium Acetates
Ammonium Silicate	Gluten	Potassium Aluminum Silicate
Anti-caking Agents	Glycerol	Protein Powders
Anti-foaming Agents	Gravies	Resins
Barley Flour	Guar Gum	Sodium Acetate
Bentonite	Gum Arabic	Sodium Aluminum Phosphate
Biopolymers	Hard-to-mix Ingredients	SCMC (Sodium Carboxymethylcellulose)
Calcium Bisulfate	HEC (Hydroxy Ethyl Cellulose)	Sodium Citrates
Calcium Carbonates	HEMC (Hydroxy Ethyl Methyl Cellulose)	Sodium Gluconate
Calcium Citrates	Hydrocolloids	Sorbitan (Emulsifier)
Calcium Formate	Hydroxypropyl Cellulose	Sulfuric Acid
CMC (Carboxymethylcellulose)	Lime	Starches
Carrageenan (Polysaccharides)	Magnesium	Sugar and Sugar Substitutes
Caropol	Magnesium Stearate	Tara Gum
Citric Acid	Milk Powder	Talc
Clays	Mineral Salts	Thickeners
EDTA	Oils and Fats	Vegetable Gums
Emulsifiers	Pectins	Wheat Flour
Flavours	Polymers	Xanthan Gum
Flocculants	Polysorbates (Emulsifiers)	Zinc Acetate

   

Performance

Please click on the corresponding link below to access a PDF file of our AZ Tank Eductor Performance Chart, sizes (0.50″) to (2.00″).

0.5 INCH TO 2 INCH:

AZ Tank Eductor Performance Chart

To learn how our products can lower your costs and improve the quality of your products, contact us for more information!